JPS59149206A - Storage facility with access device - Google Patents

Abstract

PURPOSE:To obtain a storage facility effectively utilized as a small-scale safe- deposit box facility by providing an access device near the lower end of a rotary shelf-type storage device movably supporting in circulation up and down an oblong storage shelf unit with multiple cargo storage sections. CONSTITUTION:When a cashbox case 15 is to be transported to a handling position 18, driving chains 7a, 7b are rotated to call out a subject shelf unit 8 in a rotary storage device 3 to a position corresponding to an access device 4. When the predetermined shelf unit 8 has been called out, a cargo receiving bed 21 is laterally moved so that the cargo receiving bed 21 corresponds to the cashbox case 15 in a cashbox case storage section 14 by the drive of a driving chain 23. Next, a cashbox case push-pull shift means is activated, the cashbox case 15 is pulled onto a conveyor 28 and conveyed to a position corresponding to a conveyor 31 by the lateral movement of the cargo receiving bed 21, then it is sent onto the conveyor 31 by an action of a shifting means and transported to a handling position 18 in a coupon booth 2, thereby a customer can handle the cashbox case 15.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a storage facility with a deposit box device that can be effectively utilized as a small-scale safe deposit box facility.

Hereinafter, an explanation will be given based on the attached drawings, which are one embodiment of the present invention implemented as safe deposit box equipment.
is the turbo booth placed adjacent to this vault 1. A rotating shelf storage device 6 and a loading/unloading device 4 are provided in the vault 1.The rotating shelf storage device 6 has a lower drive wheel 5 and an upper idler wheel 6, respectively. Left and right pair of drive chains hung between 7"a and 7b at regular intervals 1
The horizontally long storage shelf 8 can be rotated in the vertical circulation path while constantly maintaining a water sheep posture via the jirake 7') 9 and the support shaft 1'0. □It is constructed by erecting it on the ground.

The lower end drive shaft 5' is connected to a 'ζ drive river motor 13 via a common drive shaft 11 and a chain transmission means 12.
□'□As they are movably connected, each of the horizontally elongated storage shelves 8 has 21 upper and lower levels and a large number of safe case storage sections 1 and 4 in the vertical loading direction (direction parallel to the drive shaft 11). There may or may not be a partition between the storage sections.The safe case 15 in which the safe is stored is of a conventionally known type.
It is provided with a lockable opening/closing l116 on the upper side, and a mounting stopper 17 is protruded from the front and rear ends.

The loading and unloading device 4 is located at approximately the same level as the safe case handling position 18 in the coupon booth 2, and is connected to one of the vertical circulation paths of the storage shelves 8 in the storage device 6. A cargo receiver disposed at a position adjacent to the lower end of the section 19 and supported on a guide rail 20 so as to be movable laterally along the length direction of the single storage shelf 8 is attached to a stand 21; A safe case pull-transfer means 22 is provided. Reference numeral 23 denotes a drive chino for laterally moving the cargo receiving platform 21, and the cargo receiving platform is suspended along the lateral movement path of the platform 21 by a driving wheel 25 driven by a motor 24 and an idling wheel 26.

The safe case push/pull transfer means 22 is capable of being raised and lowered from and engaged with the locked tool 17 of the safe case 15, and the cargo receiver is capable of reciprocating in a horizontal direction perpendicular to the lateral movement direction of the table 21. It is basically a conventionally known device that includes a push/pull tool 27 and a pair of right and left safe case conveyor conveyors 28.

Inside the coupon booth 2, there is a conveyor for transporting safe cases that extends from the safe case handling position 18 through an opening 30 provided in the rear wall 29 of the coupon booth 2 and protrudes rearward! 11 are provided. The rear end of this conveyor 61 is located in an opening 55 formed in the surrounding wall 32 of the vault 1, and the cargo receiving unit in the loading/unloading device 4 is placed on a platform 21. It is adjacent to the conveyor 28 on the same level. 34 is a motor for the drive 11J of the conveyor 61, 55 is an opening/closing shutter attached to the opening 50, ? ! I6 is an opening/closing shutter attached to the opening 33.

The safe case push/pull transfer means 22 provided on the receiving platform 21 is also used to push/pull the safe case 15 onto and from the conveyor 61.

To explain how to use it, when transporting one safe case 150 to the safe case handling position 18 in the coupon booth 2, one of the many storage shelves 8 in the rotary shelf type storage device 6 is loaded with the safe case to be delivered. In order to call the individual shelves 8 storing the storage units 15 to the loading/unloading position corresponding to the loading/unloading device 4, the pair of left and right driving chinos 7a, 7b are rotated, and each shelf unit 8 is placed in the circulation path in the vertical direction. Rotate. When a predetermined single shelf 8 is called to the loading/unloading position, the cargo receiving unit 4 of the loading/unloading device 4 moves the platform 21 laterally, and loads the safe case storage section 14 in the single shelf 8 at the loading/unloading position. The cargo receiving platform 21 should be made to correspond to the safe case 15 that is stored in one and is to be delivered.The driving chain 23 should not be driven. In this way, when the cargo receiver has made the platform 21 correspond to the safe case 15 to be delivered, the cargo receiver operates the safe case push/pull transfer means 22 on the platform 21 to move the cargo into the safe case storage section 14 of the shelf unit 6. The safe Kenneth 15 stored in the box is placed on the platform 21.
It is pulled out onto the conveyor 28. This safe case withdrawal is carried out by appropriately combining the lifting and lowering movements and the forward and backward movement of the push/pull tool 27 and the transporting action of the conveyor 28.

The safe case 15 that has been pulled out onto the platform 21 is transported to a position corresponding to the conveyor 31 on the coupon booth side by the lateral movement of the platform 21.
The lifting/lowering operation and forward/backward movement of the push/pull tool 27 in the push/pull transfer means 22 for the upper safe case, and the conveyor 28
The cargo receiver sends the safe case 15 on the stand 21 onto the conveyor 51 by appropriately combining the conveying action of the conveyor 61 and the conveying action of the conveyor 61 on the coupon booth side. The safe case 15 sent onto the conveyor 61 is carried by the conveyor 31 to the safe case handling position 18 in the coupon booth 2, so that the customer can handle the safe case 15.

To store the used safe case 15 in its original position in the storage device 6, the procedure for the above-described unloading work can be performed in reverse.

The storage facility with a loading/unloading device according to the present invention can be implemented as described above, and includes a plurality of horizontally long storage shelves each having a plurality of cargo storage sections at least in the horizontal lateral force direction, and a plurality of horizontally long storage shelves each having a plurality of storage racks in the vertical direction. It is equipped with a rotary shelf type storage device supported so as to be rotatable in circulation, and an entry/exit device connected near the lower end of one elevating at'a part of the circulation path of the single storage shelf, The device is a cargo transfer device that transfers cargo between a cargo receiving platform that is movable along the length of the single storage shelf and an arbitrary cargo storage section of the single storage shelf that is stopped at a corresponding height. A loading/unloading means n (conveyor 51 in the embodiment) capable of transferring loads to and from the loading platform is disposed beside the lateral movement path of the loading platform and opposite to the storage device. For example, when implemented as a safe deposit box facility as in the embodiment, the coupon booth and the storage facility of the present invention are placed adjacent to each other, and a conveyor that slightly protrudes from inside the coupon booth is used to transport the goods in and out. By arranging the loading/unloading device adjacent to the loading/unloading device, the loading/unloading area can be placed adjacent to the loading/unloading device. Although the safe case can be stored therein, there is no need for a safe case conveying means between the crane and the coupon booth, and the entire structure can be very compact and can be implemented at low cost.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal side view, and FIG. 2 is a cross-sectional plan view.

Claims (1)

[Claims] a rotary shelf type storage device in which a plurality of horizontally elongated storage shelves each having a plurality of storage compartments in at least the horizontal and lateral directions are rotatably supported in the vertical direction; - the storage shelf; A loading/unloading device is provided adjacent to the lower end of one of the vertical passages in the single circulation path, and the loading/unloading device is capable of horizontal movement along the length direction of the single storage shelf. A powerful loading platform,
Equipped with load transfer means for transferring loads to and from any load storage section of a single storage shelf that is stopped at a corresponding height,
A loading/unloading device comprising a loading/unloading section disposed beside the lateral movement path of the loading platform □ and on the opposite side of the loading device from the storage device. Facility.
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